CHARGING SCHEDULING SYSTEMS BASED ON USAGE FEATURES OF ELECTRIC VEHICLES

The present disclosure provides a charging scheduling method based on a usage feature of an electric vehicle, comprising obtaining a charging feature of a vehicle to be charged based on historical usage features; generating a scheduling instruction based on an ambient temperature and the charging feature, and sending the scheduling instruction to a charging module; the scheduling instruction being configured to adjust a series-parallel state of a pulse transformer in the charging module, to adjust charging power of the charging module; and generating a heat dissipation instruction and sending the heat dissipation instruction to a ventilation module in response to the ambient temperature satisfying a preset temperature condition.